AN INTEROPERABLE DIGITAL TWIN TO SIMULATE SPATIO-TEMPORAL PHOTOVOLTAIC POWER OUTPUT AND GRID CONGESTION AT NEIGHBOURHOOD AND CITY LEVELS IN LUXEMBOURG

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6. Le « jumeau numérique environnemental » à l’échelle du territoire, les données au cœur des cas d’usage F. Josse et al. 10.1051/shsconf/202419803003